Machine element

MIKI PULLEY

The Baumann Flex Coupling MF utilizes a 3-layer structure of metal coil springs, enabling high torque transmission in a compact size. This model is designed with a flange structure on one hub to meet a broader range of needs. The hub material is equivalent to SUM24L, and the coil spring material is piano wire, providing high durability and reliability. It adapts to various applications in mechanical design, making it ideal for printing machines, bookbinding machines, woodworking machines, and semiconductor manufacturing equipment.

Features

High Durability: The hub is made of material equivalent to SUM24L, and the coil springs are made of piano wire, ensuring high durability.
High Torque Transmission: The 3-layer metal coil spring structure enables high torque transmission in a compact size.
Flange Design: One hub features a flange design, making installation easy and supporting versatile applications.
Compact Design: Small size design allows installation in limited spaces.
High Precision Power Transmission: Achieves stable power transmission with high precision.

Specifications

Model: MF
Torque Range: 10 to 500 N·m
Operating Temperature Range: -30°C to +120°C
Element Used: Metal coil springs
Mounting Method: Flange design
Maximum Rotation Speed: 6,000 min⁻¹
Shaft Misalignment Absorption Range: Parallel misalignment: ±0.2 mm, Angular misalignment: ±2°

Applications

Printing Machines: Equipment requiring high precision power transmission
Bookbinding Machines: Machines requiring high-speed and stable operation
Woodworking Machines: Processing machines requiring high tension usage
Semiconductor Manufacturing Equipment: Devices requiring precise control and high durability
Machine Tools: Machines requiring high precision power transmission
Testing Equipment: Testing devices requiring accurate power transmission and vibration absorption

The Baumann Flex Coupling MF, with its 3-layer metal coil spring structure and flange design, is a high durability coupling suitable for versatile applications. It is an optimal choice for mechanical design.